Controller IC Chip - MOSFET RT8876AGQW RT8876A chip for laptop - Integrated Laptop Chip (Ref.1-CHIP0981)

Controller IC Chip - MOSFET RT8876AGQW RT8876A chip for laptop - Integrated Laptop Chip (Ref.1-CHIP0981)
Controller IC Chip - MOSFET RT8876AGQW RT8876A chip for laptop - Integrated Laptop Chip (Ref.1-CHIP0981)
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  • Stock: In Stock
  • Brand: Unbranded
  • Model: 1-CHIP0981
  • SKU: 1-CHIP0981

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Controller IC Chip - MOSFET RT8876AGQW RT8876A chip for laptop- Integrated portable calculator chip(SKU.1-CHIP0981)

Dual Channel PWM Controller with 3/2/1 Phase for CORE VR and Single Phase for AXG VR

The RT8876A is a VR12/IMVP7 compliant CPU power controller which includes two channels : a 3/2/1 phase with 3 integrated drivers synchronous Buck controller for the CORE VR, and a single phase Buck controller for the AXG VR. The RT8876A adopts G-NAVPTM (Green Native Adaptive Voltage Positioning), which is Richtek's proprietary topology derived from a finite DC gain compensator with current mode control, making it an easy setting PWM controller, meeting all Intel CPU requirements of AVP. Based on the G-NAVPTM topology, the RT8876A also features a quick response mechanism for optimizing AVP performance during load transient. The RT8876A supports mode transition function with various operating states. A serial VID (SVID) interface is built in the RT8876A to communicate with Intel VR12/IMVP7 compliant CPU. The RT8876A supports VID on-the-fly function with three different slew rates : Fast, Slow and Decay. By utilizing the G-NAVPTM topology, the operating frequency of the RT8876A varies with VID, load and input voltage to further enhance the efficiency even in CCM. The built-in high accuracy DAC converts the SVID code ranging from 0.25V to 1.52V with 5mV per step. The RT8876A integrates a high accuracy ADC for platform setting functions, such as no-load offset or over current level.

z VR12/IMVP7 Compatible Power Management z 3/2/1 Phase for CORE VR and Single Phase for AXG VR z 3 Embedded MOSFET Drivers at the CORE VR z G-NAVPTM Topology z Serial VID Interface z 0.5% DAC Accuracy z Differential Remote Voltage Sensing z Built-in ADC for Platform Programming z Accurate Current Balance z System Thermal Compensated AVP z Diode Emulation Mode at Light Load Condition for Single Phase z Fast Transient Response z 1.1VINITIAL / 0.0VINITIAL for both Rails at Startup z Power Ready Indicator z Thermal Throttling z Current Monitor Output z OVP, UVP, OCP, OTP, UVLO z External No-load Offset Setting for both Rails z DVID Enhancement z 56-Lead WQFN Package z RoHS Compliant and Halogen Free

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